For Example 4.16 derive the equation of motion using (x) as the generalized coordinate. Then solve this
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For Example 4.16 derive the equation of motion using \(x\) as the generalized coordinate. Then solve this equation with initial conditions \(x_{0}, v_{0}\) to find
\[ x(t)=\frac{v_{0}}{\omega} \sin \omega t-\frac{m g}{2 k} \sin \phi(\cos \omega t-1)+x_{0} \]
where \(\omega=\sqrt{4 k / 3 m}\).
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Related Book For
Mechanical Vibration Analysis, Uncertainties, And Control
ISBN: 9781498753012
4th Edition
Authors: Haym Benaroya, Mark L Nagurka, Seon Mi Han
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